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Placental mathematical model

Figure 7. The change in 02 partial pressure in maternal and fetal erythrocytes, during the course of a single capillary transit for various values of placental diffusing capacity, Dp. The mathematical model was used for the calculations. Figure 7. The change in 02 partial pressure in maternal and fetal erythrocytes, during the course of a single capillary transit for various values of placental diffusing capacity, Dp. The mathematical model was used for the calculations.
In a different model of human placental 02 exchange, Guilbeau et ah (34) predicted maternal end-capillary p02 would follow a trend similar to that shown in Figure 11. Their absolute values of po2 were several mm Hg less. This is not surprising since their model was based on different assumptions and used a different type of mathematical analysis. [Pg.117]

T,he purpose of this and previous papers is an attempt to obtain a better quantitative understanding of oxygen transport from maternal to fetal blood in the human placenta by describing the process with detailed mathematical models. In a previous publication (1) a placental mathematical model was used to obtain a better insight into the effects of placental tissue oxygen consumption and the contractions of labor on... [Pg.138]

Assumptions. Derivation of the mathematical model for placental oxygen transport was based on the following assumptions ... [Pg.142]

See other pages where Placental mathematical model is mentioned: [Pg.96]    [Pg.102]    [Pg.129]    [Pg.132]    [Pg.134]    [Pg.135]   
See also in sourсe #XX -- [ Pg.130 ]



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